Annabelle Enriquez is a Geneticist based in Sydney, NSW, Australia.
In genetics, the big focus is often about answers. Some conditions show up at birth, and others can become clearer over time. Annabelle works with people and families who are dealing with genetic conditions, including KBG Syndrome, VACTERL Association, and Crouzon Syndrome.
Geneticist appointments can feel like a lot at once. There may be questions about development, growth, how the body is formed, and what might explain certain health issues. In many cases, genetic testing helps guide next steps, especially when a diagnosis is not clear from medical history alone.
Annabelle also looks after people affected by Frontonasal Dysplasia and Klippel Feil Syndrome. These are uncommon conditions, and they can affect how bones, facial features, or the neck and spine develop. At times, people come in looking for clearer information so they can plan care with confidence.
Another area that matters here is congenital heart disease (CHD). Some genetic conditions are linked with heart differences, and understanding the connection can help with long-term planning and coordination of care. If someone is navigating CHD alongside other health concerns, genetics can add useful context.
There are also syndromes listed like ADULT Syndrome and Myhre Syndrome. For families, it can be stressful when symptoms overlap or change as someone gets older. Genetic input can help make sense of the pattern and what that may mean for future health.
Mosaicism is another key term that can come up in genetic work. It means there can be small differences in the genetic makeup across different cells. That can affect how a condition shows up, and why two people with the same suspected cause may have different experiences.
Across all of these, the aim is steady, practical support. Genetics is not just about labels. It’s about understanding what’s going on, what can be expected, and how care teams can work together. Annabelle Enriquez helps families move from uncertainty toward clearer next steps, using genetic knowledge to guide what happens after diagnosis.